How to cover the entire 100 milliseconds without ion excitation?
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When applying the Stored-waveform Inverse Fourier Transform (SWIFT) waveform into an ion trap within the notches, the ion motion is observed on the output plot. Initially, the motion is visible from 0 to 30 milliseconds without any excitation, but the subsequent 70 milliseconds do not appear on the plot. I aim to modify this portion of the code to visualize the entire 100 milliseconds without any excitation. How can I achieve this? Thanks.
%swift
swift_value=swift_amp*swift_total(swift_count)/2/r0;
if swift_count>30000&&swift_count<70000
swift_value=30000*swift_amp*swift_total(swift_count)/2/r0;
else
swift_value=swift_amp*swift_total(swift_count)/2/r0;
end
E_swift=swift_value;
Eac=E_swift;
![](https://www.mathworks.com/matlabcentral/answers/uploaded_files/1524806/image.png)
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